effect of preparations methyure and ivine on Са(2+)-atpases activity in plasma and vacuolar membrane of corn seedling roots under salt stress conditions
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ID: 165131
2017
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Abstract
Ca2+-ATPases regulate the functioning of Ca2+-dependent signaling pathway SOS which provides removal of Na+ from the cytoplasm of cells via Na+/H+-antiporters in saline conditions. The influence of synthetic preparations Methyure and Ivine on the Ca2+-ATPase activity was investigated. It was shown that exposition of corn seedlings in the presence of 0.1 M NaCl rather enhanced hydrolytic than transport activity of Ca2+-ATPases in plasma and vacuolar membrane of root cells. It was found that seed treatment with such preparations, especially Methyure, caused intensification of the both activities of Ca2+-ATPases, mainly in vacuolar membrane. The results indicate than salt protective activity of preparations, especially Methyure, is associated with increased Ca2+-ATPase activity, which regulates the functioning of Na+/H+-antiporters.
| Reference Key |
rudnytska2017ukrainianeffect
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|---|---|
| Authors | ;M. V. Rudnytska;T. A. Palladina |
| Journal | materials and design |
| Year | 2017 |
| DOI |
10.15407/ubj89.01.076
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| URL | |
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